TechPark.net

Modu Mini Phone: Worlds Lightest And Smallest Phone

Everyday there is a new mobile phone model is being released in to the market. Some are trendy, some are smart and well designed and loaded with hundreds of features.

Did you ever wanted to have a phone that’s just a phone. Here comes the lightest and smallest phone: Modu Mini phone. You can think of Modu as an expanded SIM card. It can make a call, send text messages, and hold a contact list—the bare minimum required to be a mobile phone. That is why it is so small—about the size of an iPod Nano.

This Modu Mini Phone is a modular phone, that can be slipped into different device jackets —like an MP3 player, a GPS device, a bigger cell phone, car stereo, or a digital camera. (Although, it will initially only support GPRS, which is slow. Another drawback—there is no WiFi.) In a camera, for instance, Modu can be used to send pictures over the wireless network. (Although, it will initially only support GPRS, which is slow. Another drawback—there is no WiFi.)

Share/Bookmark This

If you're new here, you may want to subscribe to my RSS feed. Thanks for visiting!

Posted in Telecoms, Smart Phone, Networking, Future, Innovative, Ideas, Gadgets, Mobiles, Embedded, Digital Camera, First | No Comments »

Light To Replace Copper Wires In Computers

Scientists at IBM recently completed research which may soon result in supercomputers the size of current notebooks.

This would be achieved by replacing existing copper wires used to couple processing cores together with a silicon Mach-Zehnder electro-optic modulator, which would allow light to pass the data. The connector created by the team uses light to pass data between the computational cores that is faster and uses less power than copper wires.

With light the researchers, led by Dr Will Green, can cut the amount of power needed to move data between processors and slash the amount of heat a large computational cluster produces.

The technology, which can transfer data up to a distance of a few centimetres, is about 100 times faster than wires and consumes one-tenth as much power, said Dr Green.

So the lower power requirement should reduce operational costs for supercomputers.

“What we have done is a significant step toward building a vastly smaller and more power-efficient way to connect those cores, in a way nobody has done before,” said Dr Tze-chiang Chen, a spokesman for IBM’s science and technology research division.

But this technology is still in labs, so it would take few years to see this technology in the market.

Read more on BBC.

Share/Bookmark This

Posted in Research, Innovative, Science, Super Computing, Embedded, Computers | No Comments »